| Revision for Kepler's Fantasy | ||
| Previous Revision, by Arcanic [2023-12-04 17:01:44] | → | Selected revision, by Arcanic [2023-12-04 20:38:57] |
| DISCOVERER | ||
| darkinnit | → | darkinnit |
| NAME | ||
| Kepler's Fantasy | → | Kepler's Fantasy |
| SYSTEMNAME | ||
| Byua Aoscs PJ-E b2 | → | Byua Aoscs PJ-E b2 |
| CATEGORY | ||
| Planetary Features | → | Planetary Features |
| CATEGORY 2 | ||
| → | ||
| REGION | ||
| Newton's Vault | → | Newton's Vault |
| LATITUDE | ||
| → | ||
| LONGITUDE | ||
| → | ||
| CALLSIGN | ||
| → | ||
| SUMMARY | ||
| A close binary planet system with one planet having Taylor Rings. Incredibly, orbiting the ringed body are a total of four moons, 2 in binary themselves and another with a highly inclined orbit. | → | A close binary planet system with one planet having Taylor Rings. Incredibly, orbiting the ringed body are a total of four moons, 2 in binary themselves and another with a highly inclined orbit. |
| DESCRIPTION | ||
| → | ||
Kepler's Fantasy is a close planetary binary system where each planet completes an orbit in half a day. Body 1 is the largest of the two and has a Taylor Ring system, which is only 2,080 km wide. What is peculiar about this system however are the four moons that orbit the ringed planet.
A Taylor Ring system having at least one moon is rare enough, but four is incredibly rare, considering how close Taylor Ringed-binaries usually are. Moons 1 a and 1 b are a binary pair, its barycentre practically hugging the rings, itself orbiting the planet in X hours (wait pls)
Moon 1 c orbits just beyond the orbital path of 1 a & 1 b, passing by every so often.
Moon 1 d is noticeably larger in diameter than the inner moons. Although its orbital distance is still close to the inner moons, its orbital path is significantly inclined at -44.38°. 1 d, as well as Body 2 in this system, are great spots to view the entire moon system from above.
| → | Kepler's Fantasy is a close planetary binary system where each planet completes an orbit in half a day. Body 1 is the largest of the two and has a Taylor Ring system, which is only 2,080 km wide. What is peculiar about this system however are the four moons that orbit the ringed planet.
A Taylor Ring system having at least one moon is rare enough, but four is incredibly rare, considering how close Taylor Ringed-binaries usually are. Moons 1 a and 1 b are a binary pair, its barycentre practically hugging the rings, itself orbiting the planet in 3.12 hours.
Moon 1 c orbits just beyond the orbital path of 1 a & 1 b, passing by every so often.
Moon 1 d is noticeably larger in diameter than the inner moons. Although its orbital distance is still close to the inner moons, its orbital path is significantly inclined at -44.38°. 1 d, as well as Body 2 in this system, are great spots to view the entire moon system from above.
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| JOURNAL | ||
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| OBSERVATORY | ||
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